, a specialized modern Chromebox designed for localized automated testing environments
For those who need power on the go, the Wyvern MobLab represents a different philosophy entirely. It is built for the user who refuses to compromise on specs for the sake of portability. It’s a mobile workstation designed to handle heavy lifting—coding, compiling, and creative work—without being tethered to a desk.
Comparing these two is like comparing a Swiss Army Knife to a Swiss Watch. They both tell time, but they are built for entirely different missions. Let’s dive into the battle of the "Devils in the Details."
Google Cr-48 Wyvern MobLab represent two distinct eras of experimental computing: the first was a high-profile hardware pilot that launched the cloud computing era, while the second is a specialized testing environment for the modern ChromeOS ecosystem. The Google Cr-48: The Pioneer of Cloud Computing Released in December 2010 , the Google Cr-48 was the world's first Chromebook prototype google cr-48 vs wyvern moblab
The Cr-48 was born as a prototype for the masses, while Moblab (Mobile Laboratory) is a specialized environment designed for developers. Google Cr-48 (2010) Wyvern Moblab (Modern Era) Prototype consumer notebook Automated testing environment Form Factor 12.1" Matte Laptop Self-contained unit (often Chromebox-based) CPU Intel Atom N455 (1.66 GHz) Modern Intel/AMD (platform-dependent) RAM 8 GB minimum (Plus standard) Storage The Google Cr-48: The "Mario" Prototype
The Wyvern Moblabs (often just “Wyvern Moblabs” or “Wyvern Mobile Laboratory”) is a far more obscure creature. Developed by a small defense/aerospace spin-off (Wyvern Dynamics, later defunct), the Moblabs was a designed for military field medics, geologists, and network engineers who needed to work in zero-infrastructure environments.
This article explores the debate, analyzing their hardware, use cases, and legacy in the Chrome ecosystem. 1. Google CR-48: The Pioneer (2010) , a specialized modern Chromebox designed for localized
It automates "Bring up testing" (BVTs), Component Testing, and CTS (Compatibility Test Suite).
Why compare them? Because both devices rejected the consumer mainstream. Both were designed for connectivity above all else . And both failed commercially, yet succeeded as cult icons for different tribes of users.
In the Chromium repository, individual hardware platforms, baseboards, and testing configurations are assigned distinct internal codenames. Within this automated infrastructure, relates to a specific target architecture layer. Instead of a standalone consumer device, Wyvern MobLab refers to the continuous integration/continuous deployment (CI/CD) testing pipelines mapped to specific device profiles. Architecture and Framework Power Comparing these two is like comparing a Swiss
While both are technically "Google-associated" devices, they represent the beginning and the technical infrastructure of Chrome OS.
In essence, MobLab is a professional-grade testing tool, the kind of thing an engineer uses to ensure a new OS update won't break a Chromebook model. You can't browse the web or write a document on a MobLab setup—its sole purpose is to run its predefined test suites.
It was a 12.1-inch netbook, characterized by its all-black, matte-rubberized, unbranded chassis.
Podlaga za obvestilo je spremenjeni Zakon o elektronskih komunikacijah (Uradni list št. 109/2012; v nadaljevanju ZEKom-1), ki je začel veljati v začetku leta 2013. Prinesel je nova pravila glede uporabe piškotkov in podobnih tehnologij za shranjevanje informacij ali dostop do informacij, shranjenih na računalniku ali mobilni napravi uporabnika.
Piškotki so majhne datoteke, pomembne za delovanje spletnih strani, največkrat z namenom, da je uporabnikova izkušnja boljša.
Piškotek običajno vsebuje zaporedje črk in številk, ki se naloži na uporabnikov računalnik, ko ta obišče določeno spletno stran. Ob vsakem ponovnem obisku bo spletna stran pridobila podatek o naloženem piškotku in uporabnika prepoznala.
Poleg funkcije izboljšanja uporabniške izkušnje je njihov namen različen. Piškotki se lahko uporabljajo tudi za analizo vedenja ali prepoznavanje uporabnikov. Zato ločimo različne vrste piškotkov.
Piškotki, ki jih uporabljamo na tej strani sledijo smernicam:
Tovrstni piškotki omogočajo uporabo nujno potrebnih komponent za pravilno delovanje spletne strani. Brez teh piškotov servisi, ki jih želite uporabljati na tej spletni strani, ne bi delovali pravilno (npr. prijava, nakupni proces, ...).
Tovrstni piškotki zbirajo podatke, kako se uporabniki vedejo na spletni strani z namenom izboljšanja izkustvene komponente spletne strani (npr. katere dele spletne strani obiskujejo najpogosteje). Ti piškotki ne zbirajo informacij, preko katerih bi lahko identificirali uporabnika.
Tovrstni piškotki omogočajo spletni strani, da si zapomni nekatere vaše nastavitve in izbire (npr. uporabniško ime, jezik, regijo) in zagotavlja napredne, personalizirane funkcije. Tovrstni piškotki lahko omogočajo sledenje vašim akcijam na spletni strani.
Tovrstne piškotke najpogosteje uporabljajo oglaševalska in družabna omrežja (tretje strani) z namenom, da vam prikažejo bolj ciljane oglase, omejujejo ponavljanje oglasov ali merijo učinkovitost oglaševalskih akcij. Tovrstni piškotki lahko omogočajo sledenje vašim akcijam na spletu.
Za uporabo piškotkov se odločate sami. Piškotke lahko vedno odstranite in s tem odstranite vašo prepoznavnost na spletu. Prav tako večino brskalnikov lahko nastavite tako, da piškotkov ne shranjujejo.
Za informacije o možnostih posameznih brskalnikov predlagamo, da si ogledate nastavitve.
Nika d.o.o.